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Power Tip 17: Snubbing the Flyback Converter
In this Power Tip Robert Kollman talks about snubbing the flyback converter
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Power Tip 20: Watch those unintended resonant responses
In this Power Tip Robert Kollman discusses unintended resonant responses in the system.
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Power Tip 21: Watch that capcitor RMS ripple current rating!
In this Power Tip Robert Kollman discusses a mistake designer make often and that is putting too much ripple current into a capacitor that may shorten its lifetime.
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Power Tip 36: Higher voltage LEDs improve efficiency
In this Power Tip Robert Kollman discusses driving high voltage LEDs offline.
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Power Tip 37: Trade Line Range for Input Capacitor
In this Power Tip Robert Kollman discusses the trade line range for input capacitor ripple current
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Power Tip 38: Simple Latch Circuit Protects Power Supplies
In this Power Tip Robert Kollman discusses how simple latch circuits protect power suppliers
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PowerStack™ Packaging Technology Overview
TI's PowerStack™ packaging technology is a unique stacked clip QFN approach, used in power management products targeted at number of high performance applications such as computing and telecommunications. In this video, learn how PowerStack technology is reducing power, increasing performance and improving density in TI products that are available today.
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Choosing the Right Charger IC Training
This presentation will give you an overview on TI charger ICs and help you select the most fit parts for your battery charger system.
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Power over Ethernet Training
Power over Ethernet is an introduction to powering your Ethernet connected applications using the Ethernet cable without the need of additional external power supplies. What is behind it and what solutions Texas Instruments is offering.
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Power Stage DesignerTM Tool 2.0
The Power Stage DesignerTM Tool 2.0 is a software to help power designers calculate and analyze the voltage and current (power stage) of the most commonly used switch mode power supplies.
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Power Tip 34: Design a simple isolated bias supply
In this Power Tip Robert Kollman discusses how to design a simple, isolated bias supply. For the entire Power Tips article series, visit Power Management DesignLine and search: Power Tips.
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Power Tip: Current distribution in high frequency conductors
In this Power Tip Robert Kollman discusses current distribution in high frequency conductors. For the entire Power Tips article series, visit Power Management DesignLine and search: Power Tips.
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Power Tip: Estimating transient temperature in a MOSFET
In this Power Tip Robert Kollman discusses how to estimate transient temperature in a MOSFET. For the entire Power Tips article series, visit Power Management DesignLine and search: Power Tips.
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Getting started with the bqTESLA wireless power kit
The bqTESLA150LP low power wireless power evaluation kit from Texas Instruments is a high performance, easy-to-use development kit for the design of wireless power solutions. Consisting of a single-channel transmitter featuring the bq500110 along with 5V power supply receiver featuring the bq51013, the kit enables designers to speed development of their end applications. The bq51013 device is a highly integrated solution in a 1.9mm X 3mm chip scale package. Few external parts are required which simplify design and minimizes solution area. With no additional software development required, bqTESLA allows for true plug-and-play functionality. The evaluation kit is designed for compatibility with the Qi Standard. The bqTESLA150lp Kit is made up of two separate EVMs, Receiver EVM is the bq51013EVM-725 and Transmitter is bq500110EVM-688. User’s guide for each EVM is listed below, operating instructions for the Receiver and Transmitter operating to together is as a kit is also contained in each user’s guide. Also each individual EVM will operate with other Qi compatible devices.
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High-Current SWIFT™ TPS56221
High-Current SWIFT™ TPS56221 25A, 14V High Efficiency Buck Converter.
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Power Tips 32 and 33: Beware of circulating currents
In this Power Tip Robert Kollman discusses why you should beware of circulating currents in a SEPIC coupled inductor. For the entire Power Tips article series, visit Power Management DesignLine and search: Power Tips.
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Power Tip 31: Pick the right resistance ratio of MOSFETs
In this Power Tip Robert Kollman, Senior Applications Manager at TI, looks at three common error amplifier pitfalls. These are typical mistakes a new designer will make in error amplifier design.
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Power Tip 30: Low voltage buck ICs
In this Power Tip Robert Kollman takes a look at synchronous buck regulator and how you might divide the cost of the two MOSFETs in the Power Stage. For the entire Power Tips article series, visit Power Management DesignLine and search: Power Tips.
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TI Solutions for the Solar Power Market
Soaring and fluctuating fossil fuel prices have become a reality reflecting our strong dependence on fossil fuels. Furthermore, the forecasted demand in energy is expected to double through 2030 and could outstrip supply, resulting in an anticipated increase in energy prices.
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High-Current SWIFT™ TPS56221
High-Current SWIFT™ TPS56221 25A, 14V High Efficiency Buck Converter
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LED Lighting for Building Decoration - TLC5971
The TLC5971 with a 12-Channel, 16-Bit ES-PWM LED Driver with 7-bit global brightness control. This device has 3RGBW or 4 RGB pixel control, a 3-17V operating range and no limit cascading of LED drivers.
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LED Lighting for Building Decoration Demo - TLC5970
In this video, John Perry demos the 3-Channel (single pixel), 12-Bit PWM LED driver with buck DC-DC converter. This device has a 4.75-36V operating range, 150mA DC LED current and differential communication protocol for wide pixel spacing.
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Power Tip 22: Avoid these common error amplifier pitfalls
In this Power Tip Robert Kollman, Senior Applications Manager at TI, looks at three common error amplifier pitfalls. These are typical mistakes a new designer will make in error amplifier design.
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Power Tip 27: Parallel power supplies with droop method
This Power Tip Robert Kollman, Senior Applications Manager at TI, looks at paralleling power supplies with the droop method.
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Power Tips 18: Regulator output-voltage accuracy
In this Power Tip Robert Kollman, Senior Applications Manager at TI, looks at your regulator's output-voltage accuracy and explains why it may not be as bad as you think! For the entire Power Tips article series, visit Power Management DesignLine and search: Power Tips.
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TI @ APEC2011: Digital Power Conversion with C2000™ MCUs
Digital power development boards, featuring a MPPT (maximum power point tracking) boost DC/DC + Isolated LLC board based on C2000™ Piccolo™ MCUs. Coupled with a Grid-Tied DC/AC converter, also based on Piccolo MCUs.
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TI @ APEC2011: High-Current 15-A, 25-A SWIFT™
Applications engineer Peter Miller demonstrates TI's new 15-A, 14-V SWIFT™ step-down regulator with integrated NexFET™ and the new TPS56221, 25-A, 14-V SWIFT converter.
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TI @ APEC2011: Intelligent Lighting
'TI highlighted all aspects of intelligent lighting, including power conversion, LED driver solutions, intelligent street lighting and smart sensing. The first demonstration is a light bulb replacement solution with TRIAC dimming capability.'
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TI @ APEC2011: NexFET™ Power Stage Efficiency
Demonstration of TI's CSD86350Q5D NexFET™ Power Block and new CSD96370Q5M NexFET Power Stage power MOSFETs. Half the size of discrete MOSFETs. 2% higher power efficiency.
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TI Solutions for Tablets: Processor, Audio, Power
A tablet is a handheld electronic device primarily designed to run multimedia and web-based applications which require considerable processing power. A Tablet’s main advantage over a laptop PC is its portability which comes from its small form factor and less number of peripheral devices.
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TI@APEC2011: LED TV Backlight + Green Rectifier Demo
Green Rectifier(tm) Resonant LLC Power Solution. 90%+ efficiency, light-load management. UCC25600 LLC resonant controller with Green Mode control. UCC24610 Green Rectifier controller improves efficiency by 5%. Lower system cost with 10% fewer external components.
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bqTESLA Development Kit Overview Qi Compliant Wireless Power
The bqTESLA100LP low power wireless power evaluation kit from Texas Instruments is a high performance, easy-to-use development kit for the design of wireless power solutions such as smartphones, MP3 players, global positioning systems (GPS) and etc.
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Implementing battery monitoring technology for UPS
Upal Sengupta interviews Product Marketing Engineer, Matthew Borne on TI's bq76pl536 lithium battery monitor for commercial backup power applications.
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Compact Power -- 600-mA fully integrated step-down solution
Industry’s smallest integrated 600-mA power solution at 6.7 mm2, providing 90 mA/mm2. The device combines all external components in TI’s new MicroSiP™ package with a 1-mm height.
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TPS84620 Demo: 6-A, 14.5-V Point-of-Load Solution
Highly integrated step-down solution in a QFN package with high density and efficiency and 30% better thermal dissipation compared to competitor solutions.
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Texas Instruments: bq24150 Fully Integrated Switch-Mode One-Cell Li-Ion Charger
The bq24150/1 is a compact, flexible, high-efficiency, USB-friendly switch-mode charge management device for single-cell Li-ion & Li-polymer batteries used in a wide range of portable applications. It features full USB compliance and USB-OTG support.
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Texas Instruments: Smallest 6-A, 17-V DC/DC -- TPS54620 SWIFT
TI's TPS54620 is the industry's smallest single-chip, 6-A step-down switcher with integrated FETs. The 95-percent efficient device is 60 percent smaller than today's multi-chip converters.
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NexFET™ Power Block
This video introduces the NexFET™ Power Block, this 40-A MOSFET delivers maximum efficiency, frequency and power density in half the size of discretes.
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